Protocol-level transaction safety
for institutional operations
Xhavic's Secured Wallet provides a 24-hour reversal window for high-value transactions, enforced at the sequencer level. This is infrastructure, not a dApp feature.
TRANSACTION SAFETY
Transaction Reversal at the Protocol Level
The Secured Wallet creates a 24-hour escrow period for every transaction. During this window, authorized signers can reverse the operation.
How It Works
When a transaction originates from a Secured Wallet, the sequencer routes it into a 24-hour escrow period. The state change is provisional — visible but not finalized.
During the escrow window, the transaction can be reversed by a multi-signature or threshold signature operation from the wallet's authorized signers.
After 24 hours without reversal, the transaction finalizes and settles to Ethereum like any other transaction.
SPECIFICATIONS
Operational Properties
| Property | Value |
|---|---|
| Escrow Period | 24 hours |
| Reversal Mechanism | Multi-sig / threshold |
| Composability | Non-composable until final |
| Settlement | Ethereum (after escrow) |
| Enforcement | Sequencer-level |
INFRASTRUCTURE
RWA-Ready Infrastructure
Real-world asset tokenization requires infrastructure properties that most L2s lack. Xhavic's architecture addresses these requirements at the protocol level.
Transaction Reversibility
RWA operations often require reversal capabilities for error correction and dispute resolution. The Secured Wallet provides this natively without custom smart contract logic.
Native Oracle Data
Asset pricing, reference rates, and external data are available via precompile addresses. No dependency on external oracle providers or their uptime.
Ethereum Settlement
State commits to Ethereum L1, providing the strongest available settlement guarantee. Institutional counterparties inherit Ethereum security.
Deterministic Execution
EVM bytecode compatibility means identical state transitions across all validators. Audit trails are cryptographically verifiable.
Note: Xhavic provides infrastructure primitives. It does not provide regulatory compliance, legal opinions, or jurisdiction-specific guarantees. Compliance is the responsibility of the application layer.
PERFORMANCE
Network Performance
Source: XHAVIC Technical Whitepaper v1.0, Table 1. Performance figures are targets for Phase I and subject to network conditions.
USE CASES
Institutional Use Cases
The Dual Wallet System and native oracle infrastructure enable operational patterns that are impractical on other L2 networks.
Treasury Management
Secured Wallet transactions with 24-hour reversal for disbursements, payroll, and cross-entity transfers. Multi-sig authorization enforced at protocol level.
RWA Tokenization
Asset issuance and transfer with native oracle pricing, reversible settlement for error correction, and cryptographically verifiable audit trails.
Institutional DeFi
Lending, borrowing, and yield operations using the Instant Wallet for composable DeFi interactions, with the Secured Wallet for position management.
Operational Workflows
Multi-step business processes encoded as smart contracts with appropriate risk routing per step — fast execution for routine operations, secured paths for high-value steps.
GETTING STARTED
Integration Path
From initial contact to production deployment.
Technical Brief
Receive the detailed technical specification covering architecture, security model, and performance characteristics relevant to your use case.
Architecture Review
Work with the Xhavic team to map your operational requirements to the protocol architecture. Identify which wallet types, oracle integrations, and execution patterns apply.
Testnet Deployment
Deploy and test on the Xhavic testnet. Verify contract behavior, Dual Wallet interactions, oracle data feeds, and settlement timing against your requirements.
Production
Deploy to mainnet with monitoring, alerting, and operational runbooks. The same contracts, addresses, and tooling from testnet apply to production.
Explore the Protocol
Review the technical architecture, security model, and Dual Wallet specification in the full protocol documentation.